Yield, variability, reliability, and stability of two-dimensional materials based solid-state electronic devices

The Rise of the Xenes: From the Synthesis to the Integration Processes for Electronics and Photonics

“…The tellurene-based FETs have also demonstrated a good stability when exposed to air for months without any protecting layers. Benchmarking 2D materials FETs has been carried out only with TMDs to date [46,47]. Hence, in order to provide useful technological knowledge on the Xenes-based FETs, the four requirements recently proposed by Lanza et al can be followed even for the Xenes [46].…”

“…Moreover, intriguing optical functionalities arise from material engineering, exploiting thickness control or morphology manipulation, combined with the realization of 2D heterostructures [54][55][56]. Xenes, as members of the 2D family, are being extensively studied aiming at the development of nanophotonic applications Benchmarking 2D materials FETs has been carried out only with TMDs to date [46,47]. Hence, in order to provide useful technological knowledge on the Xenes-based FETs, the four requirements recently proposed by Lanza et al can be followed even for the Xenes [46].…”

Time series modeling of the cycle-to-cycle variability in h-BN based memristors

“…Nevertheless, other dielectric alternatives based on 2D materials are being considered due to the outstanding features of the electron devices that employ them [7][8][9][10]. Intense research efforts are being conducted to describe yield, variability, reliability and stability in the field of 2D materials based solid-state nano/micro-electronic devices [9,10].…”

“…Nevertheless, other dielectric alternatives based on 2D materials are being considered due to the outstanding features of the electron devices that employ them [7][8][9][10]. Intense research efforts are being conducted to describe yield, variability, reliability and stability in the field of 2D materials based solid-state nano/micro-electronic devices [9,10]. 2D dielectric memristor technology can lead to solutions to some of the issues that show up in memristors industrial applications linked to non-volatile memories [2,9], entropy sources for cryptographic hardware (random number generation and implementation of physical unclonable functions [2,9,11]) and, most important, neuromorphic computing [2,8,10].…”

“…Intense research efforts are being conducted to describe yield, variability, reliability and stability in the field of 2D materials based solid-state nano/micro-electronic devices [9,10]. 2D dielectric memristor technology can lead to solutions to some of the issues that show up in memristors industrial applications linked to non-volatile memories [2,9], entropy sources for cryptographic hardware (random number generation and implementation of physical unclonable functions [2,9,11]) and, most important, neuromorphic computing [2,8,10]. In the latter case, the fabrication of devices that mimic the behavior of biological synapses is essential [8,12,13].…”